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Machine Learning Approach to Detect Red-Eye Using Pixel Detection Technique

机译:使用像素检测技术检测红眼的机器学习方法

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摘要

Sometimes in Flash Photography red colored patches occurred in human eyes. It is actually a reflection of bright flash light reflected from blood vessels in the eyes, giving the eye an unnatural red hue. Red-eye is a big problem in professional photography. Most red-eye reduction systems in many editing software needed the user to identify the red-eye and make an outline through the red-eye. Here we propose an Automatic Red-Eye Detection System instead. The system contains a red-eye detector that finds bunch of red pixels those are clustered to gather, a state of face detector that used to eliminate most false positives (pixel clusters that look red eyes but are not); and a redeye outline detector. All three detectors are automatically learned from the taken datasets and with a proper classifiers using boosting. For creating a fully Automatic Red-Eye Corrector this system needed to be combined with a functional Red-Eye Reduction model.
机译:有时在闪光摄影中,红色斑块发生在人眼中。 实际上它实际上是从眼睛中的血管反射的明亮闪光灯的反射,给眼睛是一个不自然的红色色调。 红眼是专业摄影中的一个大问题。 许多编辑软件中大多数红眼减少系统都需要用户识别红眼并通过红眼制作轮廓。 在这里,我们提出了一种自动的红眼检测系统。 该系统包含一个红眼检测器,发现束红色像素被聚集成聚集,是一种用于消除最阳性阳性的面部检测器的状态(看起来红眼的像素集群但不是); 和一个Redeye大纲探测器。 所有三个探测器都自动从拍摄的数据集自动学习,并使用升压使用适当的分类器。 为了创建全自动的红眼校正器,该系统需要与功能性红眼减少模型结合使用。

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